Application of mathematical structures and design in architecture
Main researcher
: KRAMER, ERIKA (23301) Assistants
KURILJ, PAULA (24855)
HRNČEVIĆ, JURAJ (16643)
JURKOVIĆ, NADA (19571)
SUDETA, NIKOLETA (83572)
HAJSIG, BOŽICA (15133)
MEDIĆ, BERISLAV (163290)
Type of research: applied Duration from: 01/01/91. to 12/31/94. Papers on project (total): 12
Papers on project quoted in Current Contents: 3
Institution name: Arhitektonski fakultet, Zagreb (54) Department/Institute: Departement for Arhitectural and Bilding Constructions Address: Kačićeva 26 City: 10000 - Zagreb, Croatia
Communication
Phone: 385 (0)1 4561222/233
Fax: 385 (0)1 440 839
Summary: 1) There does not exist a symmetric block design 2-(
85,28,9 ) on which operates the automorphism group of order 14. 2)
Frobenius group of order 34 cannot operate on a symmetric design with
parameters ( 154,18,2 ).
Keywords: Group, automorphism, orbital structure, masonry structures, reconstruction, energy functional, topographical surface, perspective, digitizing, filtering.
Research goals: - the construction of special mathematical
structures so called designs and its application in architecture and
urbanism Design theory is a part of a great mathematical discipline "Finite
geometry" with closed connections to Group theory. We consider finite
symmetric designs with parameters (v,k,l), where v is number of points and
so many subsets of points called blocks, such that each block contains k
points and any two points are incident with l blocks. A frequent
approach is the investigation and construction of design is that of using
various automorphism groups. -an innovative approach to descriptive
geometry using CAGD and application in engineering graphics education.
Computer graphics and Geometric Modeling (CAD-DG Solid Modeling System)
play an extremly important role in instruction for engineering design.
Computer modeling allows for the creation of complete cycle of design-from
initial concept to final design specifications needed for production. -cone
perspectives, as a generalization of linear perspective. Applications on
constructions with regard to the interventions on topographic surfaces.
Research of the possibilities for computer aided processing of cone
perspective. -to study some problems of
equilibrium of masonry structures ( treated as unilateral no-tension
material ) -mathematical formulation of a problem with specific
constitutive relations, existence theorems and numerical procedures. -to
make a wide base of data about mechanical behaviour of characteristic
geomertic forms of structures under standard loads. This could be used: a)
for edukation of students b) in reconstruction of cultural heritage as a
base of comparable model for static or dynamic analysis of structure.
COOPERATION - INSTITUTIONS
Name of institution
: Mathematisches Institut der Universitaet
Heidelberg Type of institution: University/Faculty Type of cooperation: Occasional exchange of information City: 69000 - Heidelberg, Deutschland
Name of institution
: Technische Universitat Wien - Institut fur
Geometrie Type of institution: University/Faculty Type of cooperation: Occasional exchange of information City: Wien, Austria
Name of institution
: European Assotiation for Computer Graphics Type of institution: State administration Type of cooperation: Occasional exchange of information City: 1288 - Aire-la-Ville, Switzerland
Name of institution
: Arbeitskreis fur Darstellende Geometrie der
osterreichischen Fachvertreter fur DG an AHS, BHS, PADAK,
Akademien,Hochschulen und Universitaten Type of institution: State institute Type of cooperation: Occasional exchange of information City: 6020 - Innsbruck, Austria Other information about the project.